magrittetorch.model.sources.linedata

Contains all data for the lines of a species

class magrittetorch.model.sources.linedata.Linedata(params: Parameters, dataCollection: DataCollection, lineproducingspeciesidx: int)

A: StorageTensor: Einstein A coefficients (spontaneous emission); dtype = Types.LevelPopsInfo, dims = [nrad], units = units.s**-1

Ba: StorageTensor: Einstein Ba coefficients (absorption); dtype = Types.LevelPopsInfo, dims = [nrad], units = units.m**2*units.J**-1*units.s**-1

Bs: StorageTensor: Einstein Bs coefficients (stimulated emission); dtype = Types.LevelPopsInfo, dims = [nrad], units = units.m**2*units.J**-1*units.s**-1

colpar: DelayedListOfClassInstances[CollisionPartner]: Collision partner data

energy: StorageTensor: Energy of each level; dtype = Types.LevelPopsInfo, dims = [nlev], units = units.J

frequency: StorageTensor: Frequency of each radiative transition; dtype = Types.FrequencyInfo, dims = [nrad], units = units.Hz

inverse_mass: Parameter[float]: Inverse mass of species (in 1/atomic mass units)

irad: StorageTensor: Upper level of each line transition; dtype = Types.IndexInfo, dims = [nrad], units = units.dimensionless_unscaled

jrad: StorageTensor: Lower level of each line transition; dtype = Types.IndexInfo, dims = [nrad], units = units.dimensionless_unscaled

ncolpar: Parameter[int]: Number of collision partners

nlev: Parameter[int]: Number of levels

nrad: Parameter[int]: Number of radiative transitions

num: Parameter[int]: Index of species in list

sym: Parameter[str]: Symbol of chemical species

weight: StorageTensor: Statistical weight of each level; dtype = Types.LevelPopsInfo, dims = [nlev], units = units.dimensionless_unscaled